Modutech provides modular low‑voltage switchgear equipped with embedded IoT sensors and a cloud‑based analytics platform for real‑time monitoring, predictive maintenance, and compliance reporting. Its plug‑and‑play architecture allows rapid scaling, field‑replaceable units, and retrofits without plant shutdown, serving hyperscale data centers, biopharma facilities, utilities, and large industrial projects.
Funding
Funding not disclosed
Founders
Product
Problem
Mission-critical facilities such as hyperscale data centers, biopharma plants, and utility infrastructures rely on low‑voltage (LV) power distribution that must remain continuously available. Conventional LV switchgear is often monolithic, difficult to scale, and lacks built‑in monitoring, leading to unplanned outages, energy waste, and costly retrofits.
Solution
Modutech delivers intelligent, modular LV switchgear platforms that combine high‑performance power distribution with embedded IoT sensors and analytics. The modular architecture enables rapid configuration, seamless expansion, and field‑replaceable units, reducing installation time and lifecycle cost. Real‑time energy monitoring dashboards provide granular consumption data, while predictive maintenance algorithms flag component degradation before failure. System upgrade and retrofit services integrate new standards and capacity without full‑plant shutdowns. End‑to‑end project management—from custom design and simulation to on‑site commissioning—ensures compliance, reliability, and sustainability targets are met on schedule.
Target Audience
Primary customers are operators of hyperscale data centers, biopharma manufacturing sites, energy‑utility facilities, and large‑scale industrial or renewable‑energy projects that require reliable, monitored LV power distribution.
Features
- Modular LV distribution boards (main and final) with plug‑and‑play busbars for scalable architecture
- Automatic Transfer Switches (ATS) with built‑in fault detection and seamless source switching
- High‑capacity Motor Control Centres (MCCs) optimized for hyperscale data‑center loads
- Compact Power Distribution Units (PDUs) featuring integrated metering and remote control interfaces
- Embedded IoT sensors delivering real‑time voltage, current, temperature, and harmonic analysis
- Cloud‑based analytics platform that aggregates telemetry, applies predictive‑maintenance models, and generates compliance reports
- Upgrade‑ready design allowing retrofits, additional modules, and firmware updates without system downtime
- Sustainability‑focused engineering, including energy‑optimisation algorithms and recyclable component selection